01.
HzBeat 2026 Labor Day Holiday Notice
HzBeat will observe the 2026 Labor Day holiday from May 1 to May 5. Normal business operations will resume on May 6. Thank you for your understanding …
02.
HzBeat Announces 2026 Chinese New Year Holiday Schedule
HzBeat announces 2026 Chinese New Year holiday schedule: Feb 13–23, resuming Feb 24. Production planning and support arrangements for RF circulators a…
03.
Christmas Message from HzBeat: Power in Every Small Beat
A Christmas message from HzBeat — reflecting on precision, stability, and the quiet power behind every small beat.
04.
Major RF Circulator & Isolator Suppliers in 2026
HzBeat presents a 2026 overview of major RF circulator and isolator suppliers — covering Molex, Smiths Interconnect, MACOM, RFCI, Micro Harmonics, Era…
05.
HzBeat to Exhibit at APMC 2025 | Wideband & Miniaturized RF Circulators
HzBeat is attending APMC 2025 in Jeju, Korea. Visit Booth 12 to see wideband and miniaturized RF circulators and isolators from 20 MHz to 200 GHz for …
06.
Custom RF Circulators for Radar, SatCom, and 5G Modules
HzBeat designs and manufactures custom RF circulators for radar, SatCom, and 5G modules. From miniaturized SMT circulators to high-power drop-in and c…
07.
HzBeat: Leading China RF Circulator Manufacturer & Supplier
HzBeat is a leading China RF circulator manufacturer and supplier offering customizable, miniaturized, and ultra-wideband RF circulators and isolators…
08.
Customized RF Isolators & Circulators: How HzBeat Balances Size, Bandwidth, and Power in High-Density Designs
Learn how HzBeat custom RF isolators and circulators solve real buyer pain points in high-density microwave designs through a clear, engineering-drive…
09.
Drop-in RF Circulator Manufacturer and Supplier
In-depth look at drop-in RF circulators: ferrite materials, magnetic bias design, S-parameters, thermal management, reliability, and applications. Exp…
10.
HzBeat Typical Drop-in Circulators — Proven RF Routing for Modern Microwave Systems
HzBeat's Typical Drop-in Circulator series offers low insertion loss, high isolation, and PCB-friendly integration from VHF to Ka bands—ideal for rada…
